KEGG   Vibrio atlanticus: VS_1421
Entry
VS_1421           CDS       T00812                                 
Name
(GenBank) NAD-specific glutamate dehydrogenase
  KO
K15371  glutamate dehydrogenase [EC:1.4.1.2]
Organism
vsp  Vibrio atlanticus
Pathway
vsp00220  Arginine biosynthesis
vsp00250  Alanine, aspartate and glutamate metabolism
vsp00430  Taurine and hypotaurine metabolism
vsp00910  Nitrogen metabolism
vsp01100  Metabolic pathways
vsp01120  Microbial metabolism in diverse environments
Brite
KEGG Orthology (KO) [BR:vsp00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    VS_1421
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    VS_1421
   00220 Arginine biosynthesis
    VS_1421
  09106 Metabolism of other amino acids
   00430 Taurine and hypotaurine metabolism
    VS_1421
Enzymes [BR:vsp01000]
 1. Oxidoreductases
  1.4  Acting on the CH-NH2 group of donors
   1.4.1  With NAD+ or NADP+ as acceptor
    1.4.1.2  glutamate dehydrogenase
     VS_1421
SSDB
Motif
Pfam: Bac_GDH_CD GDH_C GDH_ACT1 GDH_ACT2 GDH_HM3 GDH_ACT3 GDH_HM1 GDH_HM2 Holin_BhlA DUF3730 Acyltransf_2
Other DBs
NCBI-ProteinID: CAV18584
UniProt: B7VNK8
Position
1:1557306..1562147
AA seq 1613 aa
MTARETVVPVLLEKVYKLIQDKLDLAHRPLVTQLAQHLFSNVSHDDLTQRNESDLYGAVV
SLWHHINEKKADQISVRVFNPTVSRQGWQSTHTIVEIVVPDSPFLVDSVKMALTRLDLSS
HLMLHNPTQISRSDKGSVVGVSNNEGAFQSLFHIEVDRLSSKAEMTALKTELLDIFTDTG
LVVNDWLKMVEKLEEVTNQVEKQKESIPVDGQRFDETLAFLRWLGEHNFTFMGYKEYDLV
SVNGDTELQPTKEQGLGLFANSDRVRNVKLSEFSDSARLEAKKPYVLIVTKGNTASRIHR
PAYNDYIGIKKFDKNGKVIGEHRFTGLYTSAVYNQTVETIPLVREKVERILDASGYREGS
YSYKALHNILENYPRDELLQAREEELLEVGTGVVQMQDRDLLRLFVRKDPFGRFFSCMVY
VTKDRYNTELRRQTQRILKQYFGCEEEVEFTTYFSESPLARTHYIVRVDNNNMDVDVKTI
EQNLMEVSSTWDDRLSESIVANFGESKGLPLSKEYMRAFPRSYKEDMMPGSAVADIERLE
ALSEDNKLGMLFYRPQEEAADSKAVRLKLFYHSDEPIHLSDVMPMLENFGLRVIGESPYE
VRKTNGVTYWILDFSMLHKSDKTIDLREARDLFQQAFAAIWEGELDSDGFNRLVLGAALS
GREISILRAYARYMRQVGFPFSQQYIEDTLSHYPDLAKGLVSLFGKRFDPKLKGSAKGQQ
DLIKKITEQLDHVESLDDDRIIRRYMEMITATLRTNYYQLDDNKQSKPWLALKMRPSEIP
DIPAPVPAFEIFVYAPDIEGVHLRGGKVARGGLRWSDRQEDFRTEILGLVKAQQVKNTVI
VPVGAKGGFVCKRQHTMSGRDEIFAEGQRCYKRFIRALLDVSDNIIEGEVIPPKSVVRHD
EDDPYLVVAADKGTATFSDLANSVSAEYNFWLGDAFASGGSNGYDHKAMGITAKGGWESV
KRHFREMGINCQTTDFTAIGVGDMAGDVFGNGMLLSKHIRMQAAFNHMHIFIDPNPESAS
SWVERERLFNLPRSSWEDYNKDLISQGGGIFSRRAKSISLTPEIQKMLGTKKASMAPNDL
IKAILSMQVDLLWNGGIGTYVKSSNETHTDVGDRANDVLRIDGRDLKAKVVGEGGNLGMT
QLGRIEYALTGGRVNTDFVDNVGGVDCSDNEVNIKIFLNGLVSNGDLTVKQRNQVLESME
DEVGEIVLDDAYCQAESISVTEHQGVGLVKEQIRFIHTMEKAGYLDRGLEYIPDDETLLE
REKQGQGLTRPELSVLVAYGKMVLKEDLVSDDIANDEFHAQQLMQYFPTALRRNYSQHMD
NHPLRSEIIATALANQMVNEMGCNFVTRLQEETGANIVDIANAYAATREIYGLGKVLKSI
RELDNVSSSEAQYELIYHVRRTLRRLARWLLRNRTGKQSVKALIELYQGDVLTITEKLDE
NLVASEVEEHNAMAQLWIDQGVNAELANSVARLSSLYSALDISTVARETGKTVQQASKLY
FNLGDRLSLHWFLKQINGQAVDNNWQALARAAFREDLDWQQRQLTGQVLNCGCASDIDVI
KALDDWMESNSVSLHRWESILNEFKVGSVHEFAKFSVALRELMLLNLNCMSTD
NT seq 4842 nt   +upstreamnt  +downstreamnt
atgaccgcacgtgaaactgtggttccagttttacttgaaaaagtttacaaactgattcaa
gacaaacttgaccttgctcatcgacctctcgtaactcaacttgctcaacacttgtttagt
aacgtttctcacgacgatctaactcagagaaacgaatccgatttatacggtgctgtagtt
agcttatggcatcacatcaatgaaaagaaagctgaccaaatctctgttcgtgtttttaac
ccgacagtaagtcgtcaaggttggcaatctactcacactatcgtagagatagtcgtacca
gatagcccattccttgtagactctgtaaaaatggcgctgactcgcctagacctttcttct
caccttatgcttcacaatccaacacaaatctctcgctctgataagggcagtgttgtcggc
gttagcaataacgaaggtgcattccaatcgcttttccatatcgaagtagaccgtcttagc
agcaaagctgaaatgacagcgctcaaaacggaactactggatatctttaccgatactggt
ttagtcgtgaacgattggctgaagatggttgaaaaacttgaggaagtaacgaatcaagtt
gaaaagcaaaaagaaagcattcctgtagacggccaacgttttgatgagacgttggcgttt
cttcgttggttaggcgagcacaactttacgtttatgggttacaaggaatatgaccttgtt
tctgtaaatggcgacacagaactacaaccgaccaaggagcaaggtcttggtttgtttgcg
aattcagatcgtgtgcgtaacgttaagctgtctgagttttctgattcggcacgtcttgaa
gccaaaaagccgtatgtacttatcgtaaccaagggcaatacggcttcgcgcattcaccga
ccagcttacaatgattacattggtattaagaagttcgataagaacggtaaggtcattggt
gaacaccgctttactggtctttacacctctgccgtttataaccaaaccgttgaaacgatt
cctcttgttcgcgagaaagtagagcgcatcttagacgcgagtggttaccgtgaaggttca
tactcttacaaagctctgcacaacattttagaaaactacccgcgagatgaactgcttcaa
gctcgtgaagaagaattgctagaagtcggtactggcgtagttcaaatgcaagatcgcgat
cttctgcgtttgtttgttcgcaaagacccgtttggccgtttctttagctgcatggtttac
gttactaaagatcgttacaacaccgaacttcgtcgtcaaacccaacgcatcttgaagcag
tatttcggttgcgaagaagaggtcgaattcactacatacttctctgaaagcccactggcg
agaacgcactatattgttcgtgttgataacaacaacatggatgtggacgtgaaaacaatt
gagcaaaatttaatggaagtatcgtctacgtgggatgaccgcctgtctgaatcaatcgtt
gctaacttcggtgagagcaaaggtcttccgttatcgaaagagtacatgcgtgcattccca
cgttcgtacaaagaagacatgatgcctggttctgcggttgcagatatcgagcgtttagaa
gcactaagtgaagacaacaaactgggcatgcttttctaccgccctcaagaagaagcggca
gactctaaagctgttcgtttgaagctgttctaccacagtgatgagccgattcacctgtct
gatgttatgccaatgcttgaaaattttggcctgcgcgttattggtgaatcaccttatgaa
gtacgtaagaccaatggggtgacttattggatccttgatttctcgatgctgcataagagt
gacaagacgattgatcttcgtgaagcgcgcgatctattccaacaagcctttgctgcgatt
tgggaaggtgaattagacagcgatggttttaaccgcttggtattgggtgctgctctttct
ggccgtgaaatctcaatcttacgtgcgtatgcgcgttacatgcgccaagtgggtttccca
tttagccaacaatacattgaagacacattgtctcattacccagatctagcgaaagggtta
gtgagcttattcggcaagcgttttgatcctaaattaaagggtagcgcgaaaggccaacaa
gatcttattaagaagatcactgaacagttggatcatgtagaaagcttggatgatgatcgt
atcattcgtcgttacatggaaatgatcacagcaacgcttcgtactaactactaccagtta
gacgacaacaaacagtctaaaccttggttggctctgaaaatgagaccaagcgagatccca
gatatcccagcaccggttcctgcgtttgagattttcgtttacgcaccagacattgaaggt
gtgcatctacgtggcggtaaagtcgctcgtggtggtttacgttggtcagaccgtcaagag
gatttccgtactgagattctaggcctagttaaagcacagcaagttaagaacacagtaatt
gtaccggttggtgcaaaaggtggtttcgtttgtaagcgtcaacacactatgtctggccga
gacgagatcttcgctgaaggtcaacgttgttacaagcgcttcatccgtgcactactagac
gtatcagacaacatcattgaaggtgaggttattccacctaagagcgttgttcgtcacgat
gaagatgatccgtatttggttgttgccgccgataaaggtaccgcaacgttctcagatcta
gcaaactcagtatctgctgaatacaatttctggttaggtgatgcatttgcctctggtggc
tctaacggttatgaccataaagccatgggtatcacggcgaaaggtggctgggaatctgtt
aaacgtcacttccgtgaaatgggcatcaactgccaaacaacggacttcaccgctatcggt
gtcggtgatatggcgggcgatgtgtttggtaacggtatgctgttgtctaagcatattcgt
atgcaagctgcgtttaaccacatgcatatcttcatcgatccgaatccagaatcagcatca
agctgggtagagcgtgagcgcttgtttaatctacctcgctcaagctgggaagattacaac
aaagaccttatctctcaaggtggtggcatcttctctcgtcgagcgaagtctatctctttg
acgcctgaaattcagaaaatgctaggtactaagaaagcatcaatggcaccgaatgacttg
atcaaagcgatcttgtctatgcaggttgatcttctttggaatggcggtatcggtacttac
gttaagtcttcgaacgagactcatactgacgtaggtgaccgtgcaaatgacgtccttcgt
atcgatggccgtgacctgaaagctaaggttgttggtgaaggcggtaacttgggtatgact
caattgggtcgtattgaatatgcgctgacgggtggccgcgttaatactgacttcgttgat
aacgttggtggtgttgactgttcggataatgaagtaaacattaagatcttcttgaatggt
ttggtgtctaatggtgatctaaccgttaagcaacgtaaccaagtgcttgaatcgatggaa
gatgaagtcggcgaaatcgtactagacgacgcatattgccaagctgagtctatttcggtt
acggagcatcaaggtgttggcttagtaaaagagcaaatccgctttattcatacaatggaa
aaagcagggtacttggatcgtggtttggaatacatcccagatgacgaaacactgcttgag
cgtgaaaagcagggccaaggcctaacaagacctgagctttctgtacttgtcgcttacggt
aaaatggtgcttaaagaagatcttgttagtgatgatatcgctaatgacgaattccatgct
caacagcttatgcagtacttcccaactgcgttacgtcgtaactactctcagcacatggac
aatcatccactacgttctgaaattattgcgacggcactggctaaccaaatggttaacgag
atgggttgtaacttcgttactcgtctgcaagaagagacgggcgcaaatattgttgatatt
gccaatgcttacgcagcaacacgtgaaatctatggtcttggcaaagttctgaagagcatc
cgtgaactggacaatgtttcaagttctgaagctcaatatgaattgatctaccatgttcgc
cgtacacttcgtcgcttggcacgttggttgttaagaaaccgtactggtaaacagtcagtg
aaagcattgattgaactttaccaaggcgatgttcttactatcacagagaaactggatgaa
aacctagtggcttctgaagtagaagagcataacgcaatggcacagttatggattgaccaa
ggcgtaaacgctgaattggctaattcggttgcgcgtttgtctagcttgtactcggcactg
gatatatccacagtggctcgtgagacgggtaaaacagtacaacaagcgtcgaagctttac
ttcaaccttggcgatcgtttgtctctgcactggttcttgaagcaaatcaatggtcaagct
gtagataacaactggcaagcactagcgcgtgcagcattcagagaagatctggattggcag
caacgtcagctaactggccaagtgcttaactgcggttgtgcttcagacatcgatgtgatt
aaagcgcttgatgattggatggaaagtaactctgtttctctacatcgttgggaaagtatc
ctcaatgaattcaaagtgggctcggttcatgagtttgccaagttctcagtagcactgcgt
gaattgatgttgttaaatctaaattgcatgtcgacagattag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (6)   
   KEGG PATHWAY (6)   
Chemical substance (7)   
   KEGG COMPOUND (7)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (11)   
   Pfam (11)   
All databases (33)   

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